Dr. Mopper Series Composite Instruments are made of titanium nitride, which is significantly harder than stainless steel, with a nonstick surface for packing, forming and shaping composite materials...
Dr. Mopper Series Composite Instruments are made of titanium nitride, which is significantly harder than stainless steel, with a nonstick surface for packing, forming and shaping composite materials...
Highly polishable, 67% filled, esthetic composite used for all types of cavity preparations.The composite has a nominal particle size of 0.7 micron. An ideal choice for both anterior and posterior applications and also as a pit and fissure sealant. Ideal for repairing small defects and filling in ..
Highly polishable, 67% filled, esthetic composite used for all types of cavity preparations.The composite has a nominal particle size of 0.7 micron. An ideal choice for both anterior and posterior applications and also as a pit and fissure sealant. Ideal for repairing small defects and filling in ..
Highly polishable, 67% filled, esthetic composite used for all types of cavity preparations.The composite has a nominal particle size of 0.7 micron. An ideal choice for both anterior and posterior applications and also as a pit and fissure sealant. Ideal for repairing small defects and filling in ..
Highly polishable, 67% filled, esthetic composite used for all types of cavity preparations.The composite has a nominal particle size of 0.7 micron. An ideal choice for both anterior and posterior applications and also as a pit and fissure sealant. Ideal for repairing small defects and filling in ..
Key Features
Strength Comparable to Hybrid Composites: Flow-It ALC is a flowable composite whose flexural and tensile strengths are on par with the best hybrid composites. This makes it suitable for a variety of dental restoration procedures.
Excellent Handling and Viscosity: The composite..
Key Features
Strength Comparable to Hybrid Composites: Flow-It ALC is a flowable composite whose flexural and tensile strengths are on par with the best hybrid composites. This makes it suitable for a variety of dental restoration procedures.
Excellent Handling and Viscosity: The composite..
Key Features
Strength Comparable to Hybrid Composites: Flow-It ALC is a flowable composite whose flexural and tensile strengths are on par with the best hybrid composites. This makes it suitable for a variety of dental restoration procedures.
Excellent Handling and Viscosity: The composite..
Low viscosity composite.
Ideal viscosity for use as base of restorations;
Easy application.Base/liner under direct restorations.
Tunnel preparations.
Repair of enamel defects.
Bonding of teeth fragments.
Non-carious cervical lesions.
Flattening preparation walls...
Low viscosity composite.
Ideal viscosity for use as base of restorations;
Easy application.Base/liner under direct restorations.
Tunnel preparations.
Repair of enamel defects.
Bonding of teeth fragments.
Non-carious cervical lesions.
Flattening preparation walls...
Low viscosity composite.
Ideal viscosity for use as base of restorations;
Easy application.Base/liner under direct restorations.
Tunnel preparations.
Repair of enamel defects.
Bonding of teeth fragments.
Non-carious cervical lesions.
Flattening preparation walls...
Composite resin
Optical and mechanical properties compatible with natural teeth;
Indicated for anterior and posterior teeth;
Glass of German technology, average particle size of 0,5 μm.
Composite indicated for direct restoration of anterior and posterior teeth, with unparalleled optical and mechanic..
Composite resin
Optical and mechanical properties compatible with natural teeth;
Indicated for anterior and posterior teeth;
Glass of German technology, average particle size of 0,5 μm.
Composite indicated for direct restoration of anterior and posterior teeth, with unparalleled optical and mechanic..
Reflectys Flow, Flowable Universal Composite Material, designed specifically for areas with difficult access. This versatile composite is perfect for filling minor invasive preparations with carious lesions, surface fillings of Class I, III, and V, liners combined with high viscosity composite mater..